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DIII-D

DIII-D

San Diego, USA

The DIII-D National Fusion Facility is an Office of Science scientific user facility, operated by General Atomics for the U.S. Department of Energy. It is pioneering the science and innovative technology that will enable the development of nuclear fusion as an energy source for the next generation.

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#核融合73#DIII-D64#トカマク40#プラズマ物理20#ITER16#プラズマ制御14#ダイバータ13#ペデスタル11#核融合プラズマ9#プラズマ9

関連論文数 1,544 件

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ジャーナル別論文数

NF
PPCF
POP
FED
RSI
PRL

年別論文数推移

中精度マッチ中精度50件

Analysis of the highest energy confinement in tokamaks based on thermodynamic approach
K A Razumova, N V Kasyanova, V F Andreev, S E LysenkoPlasma Physics and Controlled Fusion2022
中精度概要文一致
Theoretical studies of low-frequency Alfvén modes in tokamak plasmas
Ruirui Ma, Liu Chen, Fulvio Zonca, Yueyan Li, Zhiyong QiuPlasma Physics and Controlled Fusion2022
中精度概要文一致
Transport and losses of fusion-born alpha particles in the presence of tearing modes using the new Toroidal Accelerated Particle Simulator (TAPaS)
David Zarzoso, Diego del-Castillo-Negrete, Rémi Lacroix, Pierre-Eric Bernard, Stanislas TouzetPlasma Physics and Controlled Fusion2022

信頼度別論文数

高精度

991

低精度

219

中精度

334

最新論文

Physics of Plasmas2026

Microtearing thresholds and second-stable ballooning in the DIII-D pedestal: Reduced modeling and core-edge implicationsOpen Access

D. R. Hatch, L. A. Leppin, M. T. Kotschenreuther, S. Houshmandyar, S. M. Mahajan, J. Schmidt, P.-Y. Li

Physics of Plasmas2026

Suppression of ion temperature gradient modes by Alfvén activity above a drive threshold in DIII-DAvailable to Purchase

X. D. Du, W. W. Heidbrink, Z. Yan, P. H. Diamond, G. R. McKee, L. Schmitz, R. Hong, M. A. Van Zeeland, K. J. Callahan, H. Q. Wang, M. E. Austin, L. Liu, J. Rueda-Rueda, D. Liu, N. Shi

Physics of Plasmas2026

Chaos as the cause of randomness in tearing mode onset times in DIII-D ITER baseline scenario plasmasOpen Access

Kitt Thomas, Laszlo Bardoczi, Kieran Gibson, Ashton C. Brown

中精度概要文一致
Fast calculation of the tokamak vertical instability
K E J OlofssonPlasma Physics and Controlled Fusion2022
中精度概要文一致
Non-disruptive error field identification based on magnetic island healing
C. Paz-Soldan, Q. Hu, N.C. Logan, J.-K. ParkNuclear Fusion2022被引用: 3
中精度概要文一致
Toward active disruption avoidance via real-time estimation of the safe operating region and disruption proximity in tokamaks
M.D. Boyer, C. Rea, M. ClementNuclear Fusion2022被引用: 7
中精度概要文一致
Controlling the size of non-axisymmetric magnetic footprints using resonant magnetic perturbations
S. Munaretto, D.M. Orlov, C. Paz-Soldan, I. Bykov, C.J. Lasnier, B.C. Lyons, H. WangNuclear Fusion2022被引用: 5
中精度概要文一致
The role of BT-dependent flows on W accumulation at the edge of the confined plasma
S.A. Zamperini, J.H. Nichols, P.C. Stangeby, D.C. Donovan, J.D. Duran, J.D. Elder, E.A. Unterberg, D.L. RudakovNuclear Fusion2022被引用: 7
中精度概要文一致
Integrated control of individual plasma scalars with simultaneous neoclassical tearing-mode suppression
Andres Pajares, Eugenio Schuster, Kathreen E. Thome, Anders S. Welander, Jayson L. Barr, Nicholas W. Eidietis, David A. HumphreysNuclear Fusion2022被引用: 2
中精度概要文一致
Linear simulation of magnetohydrodynamic plasma response to three-dimensional magnetic perturbations in high-βP plasmas
R. Chen, B.C. Lyons, D.B. Weisberg, L.L. Lao, S. Ding, Y. Sun, A.M. Garofalo, X. Gong, G.S. XuNuclear Fusion2022
中精度概要文一致
Deconvolving the roles of E × B shear and pedestal structure in the energy confinement quality of super H-mode experiments
A.M. Garofalo, S. Ding, W.M. Solomon, B.A. Grierson, X. Jian, T.H. Osborne, C. Holland, M. Knolker, F.M. Laggner, C. ChrystalNuclear Fusion2022被引用: 3
中精度概要文一致
Effects of collisional ion orbit loss on neoclassical tokamak radial electric fields
Hongxuan Zhu, T. Stoltzfus-Dueck, R. Hager, S. Ku, C.S. ChangNuclear Fusion2022被引用: 2
中精度概要文一致
Role of the edge stochastic layer in density pump-out by resonant magnetic perturbations
Arash Ashourvan, R. Nazikian, Q.M. HuNuclear Fusion2022被引用: 3
中精度概要文一致
Influence of triangularity on the plasma response to resonant magnetic perturbations
S. Gu, C. Paz-Soldan, Y.Q. Liu, Y. Sun, B.C. Lyons, D.A. Ryan, D. Weisberg, N. Leuthold, M. Willensdorfer, W. SuttropNuclear Fusion2022被引用: 5
中精度概要文一致
Effective current drive in the pedestal region of high-confinement tokamak plasma using electron cyclotron waves
C.Y. Li, P.W. Zheng, X.C. Jiang, L.F. Lu, L. Yin, L.H. He, Huang Q.H., Y.J. Zhong, X.Y. GongNuclear Fusion2022被引用: 2
中精度概要文一致
Influence of up-down asymmetry in plasma shape on RMP response
Yueqiang Liu, B C Lyons, Shuai Gu, A Kirk, Li Li, C Paz-Soldan, M W Shafer, A D TurnbullPlasma Physics and Controlled Fusion2021
中精度概要文一致
Prediction of high-performance scenario with localized magnetic shear reversal on EAST tokamak
X X Zhang, M Q Wu, G Q Li, S Y Ding, X J Liu, J P Qian, X Z Gong, X Gao, S L Gao, X H WuPlasma Physics and Controlled Fusion2021
中精度概要文一致
Effects of a shallow SAS divertor on detachment in KSTAR
Ookjoo Ra, Kyu Been Kwon, Livia Casali, Houyang Guo, Peter C. Stangeby, Min Sup HurNuclear Fusion2021
中精度概要文一致
New heat flux model for non-axisymmetric divertor infrared structures
A. Wingen, D. Orlov, T.E. Evans, I. Bykov, T.M. WilksNuclear Fusion2021被引用: 2
中精度概要文一致
The role of divertor pumping in plasma detachment and particle exhaust in a closed divertor
Chaofeng Sang, P.C. Stangeby, H.Y. Guo, Dezhen WangNuclear Fusion2021被引用: 13
中精度概要文一致
Grassy ELM regime at low pedestal collisionality in high-power tokamak plasma
Y.F. Wang, H.Q. Wang, G.S. Xu, G.Z. Jia, F. Turco, C.C. Petty, J.L. Chen, N. Yan, Q.Q. Yang, L. WangNuclear Fusion2021被引用: 13
中精度概要文一致
Experimental evidence of runaway electron tail generation via localized helical structure in pellet-triggered tokamak disruptions
X.D. Du, N.W. Eidietis, E.M. Hollmann, D. Finkenthal, L. Stagner, C. Paz-Soldan, E.J. Strait, J.L. Barr, A. LvovskiyNuclear Fusion2021被引用: 1
中精度概要文一致
Passive deconfinement of runaway electrons using an in-vessel helical coil
D.B. Weisberg, C. Paz-Soldan, Y.Q. Liu, A. Welander, C. DunnNuclear Fusion2021被引用: 13
中精度概要文一致
Experimental signatures of electron cyclotron wave energy condensation in magnetic islands
L. Bardóczi, N.C. LoganNuclear Fusion2021被引用: 1
中精度概要文一致
Intermediate n mode stability in the negative triangularity tokamaks
Linjin Zheng, M.T. Kotschenreuther, F.L. WaelbroeckNuclear Fusion2021被引用: 2
中精度概要文一致
Simulation of pellet ELM triggering in low-collisionality, ITER-like discharges
A. Wingen, B.C. Lyons, R.S. Wilcox, L.R. Baylor, N.M. Ferraro, S.C. Jardin, D. ShirakiNuclear Fusion2021被引用: 1
中精度概要文一致
Deep learning based surrogate models for first-principles global simulations of fusion plasmas
G. Dong, X. Wei, J. Bao, G. Brochard, Z. Lin, W. TangNuclear Fusion2021被引用: 16
中精度概要文一致
Physics design of new lower tungsten divertor for long-pulse high-power operations in EAST
G.S. Xu, L. Wang, D.M. Yao, G.Z. Jia, C.F. Sang, X.J. Liu, Y.P. Chen, H. Si, Z.S. Yang, H.Y. GuoNuclear Fusion2021被引用: 40
中精度概要文一致
Hybrid deep-learning architecture for general disruption prediction across multiple tokamaks
J.X. Zhu, C. Rea, K. Montes, R.S. Granetz, R. Sweeney, R.A. TinguelyNuclear Fusion2021被引用: 36
中精度概要文一致
Dimensionless parameter scaling of intrinsic torque in C-Mod enhanced confinement plasmas
J.E. Rice, N.M. Cao, T. Tala, C. Chrystal, M.J. Greenwald, J.W. Hughes, E.S. Marmar, M.L. Reinke, P. Rodriguez Fernandez, A. SalmiNuclear Fusion2021被引用: 8
中精度概要文一致
A semi-supervised machine learning detector for physics events in tokamak discharges
K.J. Montes, C. Rea, R.A. Tinguely, R. Sweeney, J. Zhu, R.S. GranetzNuclear Fusion2021被引用: 12
中精度概要文一致
Suppression of first-wall interaction in negative triangularity plasmas on TCV
W. Han, N. Offeddu, T. Golfinopoulos, C. Theiler, C.K. Tsui, J.A. Boedo, E.S. Marmar, the TCV TeamNuclear Fusion2021被引用: 13
中精度概要文一致
Follow the power—pathways to steady-state tokamak reactors
C.C. PettyNuclear Fusion2021被引用: 2
中精度概要文一致
Pedestal collapse by resonant magnetic perturbations
R. Nazikian, Q. Hu, A. Ashourvan, D. Eldon, T.E. Evans, B.A. Grierson, N.C. Logan, D.M. Orlov, J.-K. Park, C. Paz-SoldanNuclear Fusion2021被引用: 8
中精度概要文一致
First evidence of dominant influence of E×B drifts on plasma cooling in an advanced slot divertor for tokamak power exhaust
X. Ma, H.Q. Wang, H.Y. Guo, P.C. Stangeby, E.T. Meier, M.W. Shafer, D.M. ThomasNuclear Fusion2021被引用: 15
中精度概要文一致
Physics basis for design of 3D coils in tokamaks
N.C. Logan, C. Zhu, J.-K. Park, S.M. Yang, Q. HuNuclear Fusion2021被引用: 9
中精度概要文一致
Impurity transport in the pedestal of H-mode plasmas with resonant magnetic perturbations
B S Victor, T Odstrcil, C A Paz-Soldan, B A Grierson, E Hinson, A Jarvinen, E M Hollmann, C Chrystal, C S Collins, K E ThomePlasma Physics and Controlled Fusion2020
中精度概要文一致
Origin of ion cyclotron emission at the proton cyclotron frequency from the core of deuterium plasmas in the ASDEX-Upgrade tokamak
B Chapman, R O Dendy, S C Chapman, K G McClements, R OchoukovPlasma Physics and Controlled Fusion2020
中精度概要文一致
Modeling of the transition mechanism from electrostatic drift-type modes to electromagnetic kinetic ballooning mode-dominant regime in high poloidal-beta discharges
J.Y. Kim, H.S. HanNuclear Fusion2020被引用: 2
中精度概要文一致
Interpretive MHD modeling of dispersive shell pellet injection for rapid shutdown in tokamaks
V.A. IzzoNuclear Fusion2020被引用: 15
中精度概要文一致
Neutral leakage, power dissipation and pedestal fueling in open vs closed divertors
L. Casali, D. Eldon, J.A. Boedo, T. Leonard, B. CoveleNuclear Fusion2020被引用: 28
中精度概要文一致
GPU-optimized fast plasma equilibrium reconstruction in fine grids for real-time control and data analysis
Y. Huang, Z.P. Luo, B.J. Xiao, L.L. Lao, A. Mele, A. Pironti, M. Mattei, G. Ambrosino, Q.P. Yuan, Y.H. WangNuclear Fusion2020被引用: 18
中精度概要文一致
Impact of rotation and ion diamagnetic drift on MHD stability at edge pedestal in quiescent H-mode plasmas
N. Aiba, X. Chen, T.H. Osborne, M. Honda, K.H. Burrell, P.B. SnyderNuclear Fusion2020被引用: 6
中精度概要文一致
Impact of resonant magnetic perturbations on zonal flows and microturbulence
Z.R. Williams, M.J. Pueschel, P.W. Terry, T. Nishizawa, D.M. Kriete, M.D. Nornberg, J.S. Sarff, G.R. McKee, D.M. Orlov, S.H. NogamiNuclear Fusion2020被引用: 9
中精度概要文一致
Low-frequency whistler waves in quiescent runaway electron plasmas
W W Heidbrink, C Paz-Soldan, D A Spong, X D Du, K E Thome, M E Austin, A Lvovskiy, R A Moyer, R I Pinsker, M A Van ZeelandPlasma Physics and Controlled Fusion2019
中精度概要文一致
Intrinsic current driven by electromagnetic electron drift wave turbulence in the tokamak pedestal region
Wen He, Lu Wang, Ge ZhuangPlasma Physics and Controlled Fusion2019
中精度概要文一致
Reduced energetic particle transport models enable comprehensive time-dependent tokamak simulations
M. Podestà, L. Bardóczi, C.S. Collins, N.N. Gorelenkov, W.W. Heidbrink, V.N. Duarte, G.J. Kramer, E.D. Fredrickson, M. Gorelenkova, D. KimNuclear Fusion2019被引用: 13
中精度概要文一致
On the role of hydrogen radiation absorption in divertor plasma detachment
A.A. Pshenov, A.S. Kukushkin, E.D. Marenkov, S.I. KrasheninnikovNuclear Fusion2019被引用: 21
中精度概要文一致
Observation of rapid frequency chirping instabilities driven by runaway electrons in a tokamak
A. Lvovskiy, W.W. Heidbrink, C. Paz-Soldan, D.A. Spong, A. Dal Molin, N.W. Eidietis, M. Nocente, D. Shiraki, K.E. ThomeNuclear Fusion2019被引用: 31
中精度概要文一致
Gyrokinetic study of collisional resonant magnetic perturbation (RMP)-driven plasma density and heat transport in tokamak edge plasma using a magnetohydrodynamic screened RMP field
Robert Hager, C.S. Chang, N.M. Ferraro, R. NazikianNuclear Fusion2019被引用: 26
中精度概要文一致
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